Amphibious vehicles have the unique ability to maneuver on land and water, due to their
distinctive structural characteristics, their hydrodynamic performance differs significantly from …

The topology of planing hulls entails some of the most innovative specifications found in
modern advanced marine vehicles. Planing hull designs can vary depending on their …

The shipping industry is one of the crucial sources of carbon emissions. With carrying
capacity both on land and water, the hydrodynamic characteristics of amphibious vehicles …

The resistance reduction optimal design of amphibious vehicles is essential to improve
efficiency and reduce energy consumption. In this paper, the hydrodynamic characteristics of …

Amphibious vehicles are capable of moving on both water and land, which makes their
design more complex than that of ships. The locomotion mechanism of an amphibious …

In order to reduce the additional resistance of high-speed amphibious vehicles, Flanks are
designed on the concave grooves. As a new drag reduction attachment, the principle of …

A methodology for the simulation of amphibious craft transitioning between land and marine
modes in the surf zone is presented. Tight coupling of existing solvers for multibody and fluid …

The design of high-speed amphibious vehicles needs to consider more factors compared to
ships. The efficiency of design and optimization of parameters will not be realized in the …

Amphibious tractors are capable of towing loads over land and water, which will save time
effectively and reduce the cost of transport between water and land. Due to their smaller …

Amphibious vehicles are usually equipped with walking mechanisms and grooves which
greatly affect the resistance characteristics of sailing. For purpose of improving the sailing …